Check out the January 2024 edition of Quality! Read our cover story on understanding audits and tips on how to prepare, the art and science of digital color, a Vision & Sensors special section, and much more!
Would it shock you to learn that spending on artificial intelligence is on the rise? According to respondents of our Annual Quality Spending Survey, 55% of companies expect to increase their spending on AI for 2024.
Manufacturers looking at replacing paper-based quality processes are being presented with a much broader and more effective set of technologies than ever before.
The hard card, or traveler or build book, has many names. And while computerizing quality management is no longer news, that stack of papers always seems to be hanging around.
Integration of the latest artificial intelligence (AI) technologies enable even deeper insights. Users achieve more reliable interpretation of complex information in less time while boosting productivity and reproducibility.
The transition from ICE to electric powertrain requires a complete review of the approach to quality and process controls. Some existing checks for ICE find even more extensive applications for the EV sector.
This article provides a brief introduction to a dynamic micro-indention measurement technique which can be useful to characterize materials that are hard to analyze using the well-known Vickers and Knoop measurements described in ASTM E364.
Manufacturers are increasingly turning to digital color management tools to set their products up for success — achieving greater precision, improving formulations, and streamlining production.
Today’s manufacturers know the importance of having the right tool for the job. Multisensor measurement systems offer a variety of sensor technology tools, allowing for efficient and accurate results in the measurement process.
In the quality management domain, AI undoubtedly has potential in different areas. It would be easy to think that AI could be a threat to less modern tools like statistical process control or render SPC obsolete.
Change management is a process for ensuring that the people affected by change understand the nature of the change and the reasons for it. Successful change management is an all-hands-on-deck activity.
The purpose of this article is to show different examples of how a quality professional can exert influence on colleagues and team members, without having direct authority over those participants.
ASQ’s purpose is to empower individuals and communities of the world to achieve excellence through quality. While it can be summed up in one sentence, how it goes about fulfilling it requires a novel to explain.
A management system such as ISO9001, when implemented and deployed properly, provides the organization with predictable and consistent processes. This is also a critical component for the success of lean enterprise.
Quality plays a role in everything from cost to manufacture to sales to the reputation of the company. We all can think of any product and think of a company with excellent quality and a company with poor quality. How do we prepare the future workforce for the field?
The titanium-tungsten puzzle isn’t just a testament to the value of radiographic NDT, but also a reminder of the NDT’s ever-evolving relevance in shaping the future of manufacturing.
Since no programming skills are required for easy-to-use machine vision software, industrial image processing can provide a valuable contribution to digitization for small and medium-sized companies.
Integrators designing less demanding systems are staying the course with a well-established interface with a robust track record of handling large amounts of data easily and securely: Camera Link.
As technology gets easier to use, vision and AI application design is no longer restricted to expert-level developers. A quality manager or IT operations staff can design, train, and deploy their own customizable workflow.